Designer
wildan_w_m
Mechatronincs Engineer
enthusiasm for technology, automation, and industry. With experience in robotics competitions and microcontroller-based projects, I have developed skills in mechanical design and programming that can be applied
Designer
AADesign
Mechanical Engineer | SolidWorks | ANSYS CFD & FEA | CAD Design Expert
such as the design of an economical electric trike for Unilever and the CFD-based optimization of microchannel heat exchangers using nanofluids and PCMs. I’ve also executed design-for-manufacturing (DFM) projects
Designer
Shandor_Engineering
PhD Mechanical Engineer | Product Design, CAD, EDA & Embedded Programming
OnShape), electronic design (Altium, KiCad), and embedded programming (C, Python, ARM, TI MSP, Microchip/Atmel). I’ve led engineering teams, built manufacturable hardware, and delivered working prototypes
3D Model
3D Printed Neopixel Pot
neopixel ring. This pot is controllable from a website, and is controlled via a NodeMCU ESP8266 microcontroller. This was modeled in Fusion360 and rendered in Blender.
Designer
MBrahim
Electronics Hardware Engineer | PCB Designer | Schematics & Layout.
hardware, PCB design (Schematics and layout). I worked on various number of IOT projects Utilized Microcontrollers, Buck converters, High speed projects with considering Signal integrity. 🔴 Softwares - Altium
Designer
Alfonso
Bioengineer with experience in 360 fusion and 3D manufacturing
electronic devices, mechanical prototypes, and 3D printed parts. Skilled in CAD design, electronics, microcontrollers, and signal processing. Projects include EMG-based hand gesture recognition, chiller system
Designer
rtrtechlabs
Electronics Engineer
component selection, schematic capture, and multi-layer PCB layout, with hands-on experience in microcontrollers and low-level programming. I am comfortable working with real-world constraints such as signal
Designer
gabrielstpierre
Research & Development Engineer
assembly. - 3+ years of hardware assembly via 3D printing techniques. - 3+ years of firmware and microcontroller programming. - 3+ years of scientific research in the field of Bioengineering.
3D Model
Acoustic Levitation System
levitated by the action of acoustic fields. Each array contained 25 sonic transducers, where 4 microcontrollers carefully control their phase of acoustic emission. The levitation area is surrounded by a Helmholtz
Designer
FatGory
industries. This function includes hardware and software engineering (electronic circuits design, microcontrollers programming), mechanical systems design, verification & validation. While still working as employee